Using several Lidar data from airborne and terrestrial laser scanner we developed an integrated method to realize 3D morphodynamic model and map the landslide hazard. Raster and tracking process analysis permit to detected terrain roughness, mass movements and volumetric balance. The dendritic terrain processing on the raw DEM allow to define a high resolute HydroDEM and the drainage density area influencing the landslide. Future targets of the work aim to stress the method in other case study
In the analysis of the temporal evolution of landslides and of related hydrogeological hazards, Terr...
xii, 158 pages : color illustrations ; 30 cmPolyU Library Call No.: [THS] LG51 .H577P LSGI 2014 Deng...
In this paper a geomorphological map of the Rotolon landslide is presented. This cartographic produc...
Using several Lidar data from airborne and terrestrial laser scanner we developed an integrated meth...
none7High-Resolution Digital Elevation Models (HR DEMs) obtained with Light Detection and Ranging te...
Slope instability processes in mountainous areas are characterized by a complex interaction between ...
High resolution LiDAR DEMs from regional or site specific surveys were used to map complex landslide...
In order to reliably detect changes in the surficial morphology of a landslide, measurements perform...
In order to reliably detect changes in the surficial morphology of a landslide, measurements perform...
In order to reliably detect changes in the surficial morphology of a landslide, measurements perfor...
High resolution LiDAR DEMs from regional or site specific surveys were used to map complexlandslides...
The fundamental objective of geomorphology is the identification and characterisation of the process...
In this work, a simple methodology is presented for processing high-resolution topographical data ov...
Airborne LiDAR mapping technology is capable of collecting a large volume and high density of discre...
Landslides are one of the major causes of natural disasters worldwide. In the field of landslidestud...
In the analysis of the temporal evolution of landslides and of related hydrogeological hazards, Terr...
xii, 158 pages : color illustrations ; 30 cmPolyU Library Call No.: [THS] LG51 .H577P LSGI 2014 Deng...
In this paper a geomorphological map of the Rotolon landslide is presented. This cartographic produc...
Using several Lidar data from airborne and terrestrial laser scanner we developed an integrated meth...
none7High-Resolution Digital Elevation Models (HR DEMs) obtained with Light Detection and Ranging te...
Slope instability processes in mountainous areas are characterized by a complex interaction between ...
High resolution LiDAR DEMs from regional or site specific surveys were used to map complex landslide...
In order to reliably detect changes in the surficial morphology of a landslide, measurements perform...
In order to reliably detect changes in the surficial morphology of a landslide, measurements perform...
In order to reliably detect changes in the surficial morphology of a landslide, measurements perfor...
High resolution LiDAR DEMs from regional or site specific surveys were used to map complexlandslides...
The fundamental objective of geomorphology is the identification and characterisation of the process...
In this work, a simple methodology is presented for processing high-resolution topographical data ov...
Airborne LiDAR mapping technology is capable of collecting a large volume and high density of discre...
Landslides are one of the major causes of natural disasters worldwide. In the field of landslidestud...
In the analysis of the temporal evolution of landslides and of related hydrogeological hazards, Terr...
xii, 158 pages : color illustrations ; 30 cmPolyU Library Call No.: [THS] LG51 .H577P LSGI 2014 Deng...
In this paper a geomorphological map of the Rotolon landslide is presented. This cartographic produc...